Builder creates pigeon-deterrent water turret using Claude AI end-to-end
u/tarraschk built a fully automated pigeon-deterrent water turret using a Raspberry Pi 5 with AI HAT, servo motors, and a water gun — with Claude handling all hardware recommendations, electrical schematics, and code, with zero lines written by the human.
Score breakdown
The project is a concrete end-to-end example of Claude acting as a full-stack robotics collaborator — covering hardware specification, circuit design, and code generation — with the human role limited entirely to defining requirements and assembling physical components.
- 01Built by u/tarraschk with zero lines of human-written code — Claude handled all hardware selection, schematics, and software.
- 02Hardware includes a Raspberry Pi 5 AI kit, WaveShare Pan-Tilt HAT, Raspberry Pi Camera Module v3, servo motors, optical relay, and an electric water gun.
- 03Claude Code was installed directly on the Raspberry Pi for more efficient camera and motor access compared to working over SSH.
u/tarraschk built an automated pigeon-deterrent water turret last week, describing it as 100% built with Claude AI — meaning Claude specified what hardware to buy, drew the electrical schematics, and wrote all the code. The human contributor wrote zero lines of code. The hardware stack consists of a Raspberry Pi 5 AI kit, a Pan-Tilt HAT from WaveShare, a Raspberry Pi Camera Module v3, servo motors, an optical relay, and an electric water gun repurposed for its pump and battery.
The trickiest physical challenge was mounting the water pump on the servo motors, held together with electrical tape.
The builder described three key workflow practices: iterating extensively on project specs so Claude had a precise understanding of the goal; instructing Claude to memorize project context during the wait for hardware delivery; and installing Claude Code directly on the Raspberry Pi rather than working over SSH, which proved more efficient for accessing the camera and motors. The trickiest physical challenge was mounting the water pump on the servo motors, held together with electrical tape. Demos show the turret tracking and repelling both the builder and a pigeon.
The project is published as GardenGuardian on GitHub. Planned next steps include building a waterproof enclosure and adding a solar panel with battery — improvements the builder intends to pursue with Claude's continued assistance.
Key facts
- 01Built by u/tarraschk with zero lines of human-written code — Claude handled all hardware selection, schematics, and software.
- 02Hardware includes a Raspberry Pi 5 AI kit, WaveShare Pan-Tilt HAT, Raspberry Pi Camera Module v3, servo motors, optical relay, and an electric water gun.
- 03Claude Code was installed directly on the Raspberry Pi for more efficient camera and motor access compared to working over SSH.
- 04Key workflow: heavy spec iteration, instructing Claude to memorize context during shipping delays, and on-device Claude Code.
- 05Physical assembly challenge: attaching the water pump to servo motors, held together with electrical tape.
- 06Source code published on GitHub as GardenGuardian.
- 07Planned future improvements include a waterproof case and a solar panel with battery.
Topics
Summary and scoring are generated automatically from the original article. We always link back to the publisher and never republish images or paywalled content. Last processed Jun 9, 2026 · 17:05 UTC. How this works →